Introduction to Jefferson Lab Andrew Hutton Associate Director, Accelerators

JLab: A Laboratory for Nuclear Science Nuclear Structure Fundamental Forces & Symmetries Z0 Structure of Hadrons Medical Imaging Nuclear Astrophysics Cryogenics Accelerator S&T Theory & Computation NRI Visit - November 13, 2015

Jefferson Lab At-A-Glance Created to build and operate the Continuous Electron Beam Accelerator Facility (CEBAF), world-unique user facility for Nuclear Physics: Mission is to gain a deeper understanding of the structure of matter Through advances in fundamental research in nuclear physics Through advances in accelerator science and technology In operation since 1995 1,380 Active Users 178 Completed Experiments to-date; 70 have been approved for the future 12 GeV program Produces ~1/3 of US PhDs in Nuclear Physics (504 PhDs granted to-date; 200 in progress) Managed for DOE by Jefferson Science Associates, LLC (JSA) Human Capital: 673 FTEs 26 Joint faculty; 24 Post docs; 4 Undergraduate, 34 Graduate students K-12 Science Education program serves as national model Site is 169 Acres, and includes: 81 Buildings & Trailers; 890K SF Replacement Plant Value: $384M FY 2014: Total Lab Operating Costs: $144.0M Total DOE Costs: $134.0M SPP (inc. DOE non-NP) Costs: $10.1M NRI Visit - November 13, 2015

Enhanced capabilities 12 GeV Upgrade Project Completion of the 12 GeV CEBAF Upgrade was ranked the highest priority in the 2007 NSAC Long Range Plan. Upgrade is designed to build on existing facility: vast majority of accelerator and experimental equipment have continued use. New Hall Add arc Enhanced capabilities in existing Halls Add 5 cryomodules 20 cryomodules Upgrade arc magnets and supplies CHL upgrade TPC = $338M ETC = ~$18M Project Scope (~95% complete): Doubling the accelerator beam energy - DONE New experimental Hall D and beam line - DONE Civil construction including Utilities - ~99% Upgrades to Experimental Halls B & C - ~87% Maintain capability to deliver lower pass beam energies: 2.2, 4.4, 6.6…. NRI Visit - November 13, 2015

LCLS II Accelerator Division is responsible for ~half the superconducting linac SRF R&D group has validated new processing procedures SRF Production Group has modified infrastructure for LCLS II cryomodules Started the LCLS II prototype cryomodule production Engineering Division is responsible for the cryogenic plants (there are now two full size plants) NRI Visit - November 13, 2015

High Gradient: New Results and Next Steps Purpose: achieve high gradient with high efficiency, at a low cost and high reliability Approach: Low-Surface-Field Shape + Large-grain Niobium material + advanced processing Future cavities: LSF cavity 1.3GHz 1-cell TTF shape Large-grain Nb In-house built In-house proc. 1.4 K 1.8 K Very small scale effort remaining due to loss of ILC funds, mainly supported by Japan–USA funds. Low Surface Field (LSF) cavity design from SLAC. We proposed this for LCLS-II but declined. Probably would have met their spec without doping leaving lots of gradient headroom. 1 TeV ILC Goal Prototypes: Two each 1-cell built and tested Two each 3-cell and one each 9-cell in process of fabrication. 2.0 K LCLS-II spec 500 GeV ILC spec R. Geng NRI Visit - November 13, 2015

MEIC Figure 8 Concept Initial configuration: Low technical risk 3-10 GeV on 20-100 GeV ep/eA collider Optimized for high ion beam polarization: polarized deuterons Luminosity: up to few x 1034 e-nucleons cm-2 s-1 Low technical risk Upgradable to higher energies 250 GeV protons + 20 GeV electrons Flexible timeframe for Construction consistent w/running 12 GeV CEBAF Thorough cost estimate completed presented to NSAC EIC Review Cost effective operations Fulfills White Paper Requirements NRI Visit - November 13, 2015

(Earliest) EIC Realization Activity Name 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 12 GeV Operations 12 GeV Upgrade FRIB EIC Physics Case NSAC LRP CD0 EIC Machine Design and R&D CD1(Down-select) CD2/CD3 EIC Construction NRI Visit - November 13, 2015

Jefferson Lab: Next Ten Years and Beyond Fundamental Forces & Symmetries Structure of Hadrons Nuclear Structure Medical Imaging Accelerator S&T Theory and Computation Hadrons from QGP Quark Confinement NRI Visit - November 13, 2015